Meet your experts
Claudia Conness is a Regional Sales Manager at Danfoss, supporting HVAC drive sales across the Midwest. Based in Chicago, she works closely with partners and customers throughout the region to grow market presence and build lasting relationships around the Danfoss HVAC Drives product line. Her focus spans high-demand verticals including data centers, healthcare, and education — sectors where reliable, efficient drive solutions are critical to operations.
Matthew Farley is a Sales Development Manager at Danfoss, focused on helping partners and engineers succeed in HVAC across North America. With a strong background in harmonic mitigation and VFD solutions, he simplifies complex technical challenges and helps teams select the right approach for reliable, efficient system design.
Francis Gibson is a Sales Application Engineer at Danfoss, bringing a multidisciplinary background in mechanical, electrical, and chemical engineering across R&D, system design, and process engineering. With a foundation built during his service as a United States Navy submarine veteran, he serves as a key interface between customers, engineering, sales, and marketing — delivering power conversion solutions and application engineering expertise. He also serves as the ERG Social Engagement Lead for the Americas.
Smarter drive control for HVACR applications
Whatever your system ambition, iC7-HVACR can fulfill it. iC7-HVACR is the next generation VFD for HVAC applications, engineered to deliver unparalleled performance and reliability in even the most demanding environments.
HVACR systems are essential for reliable operation in commercial buildings, data centers, clean rooms, and industrial refrigeration. As efficiency requirements increase, they must deliver high performance while helping simplify system design and operation.
Danfoss Drives offers you advanced technology for condition monitoring of electric motors, production systems, and equipment. Stay up to date with the newest condition monitoring developments for enhanced system reliability and uptime.